To wire Cat5 cables for networking, follow these steps:
The same reason telephone transmission wire pairs are twisted: to improve transmission by reducing noise pickup. See related question on twisted pairs.
T568A and T568B. Pg. 799. A+ 8th edition Jean Andrews
They're different kinds of wire. A CAT5 wire will not handle the same bandwidth as CAT6, so in that sense, they're not "compatible." However, you can use CAT6 wire in applications where CAT5 is called for, since CAT6 is "better" than CAT5.
Yes. cat6 is low voltage / signal wire.
The Paladin 1117 GripP 20 Stripper comes highly recommended for stripping CAT5 cabling.
Difference between a cat 5 5e and 6 networking cable? Cat5 cable is broken into two separate categories: Cat5 and Cat5E cables. Cat5 has become obsolete in recent years, due to its limitations compared to Cat5E and Cat6 cables. Although the Cat5 cable can handle up to 10/100 Mbps at a 100MHz bandwidth (which was once considered quite efficient), the newer versions of Cat cables are significantly faster. Cat5E cable (which stands for "Cat5 Enhanced") became the standard cable about 15 years ago and offers significantly improved performance over the old Cat5 cable, including up to 10 times faster speeds and a significantly greater ability to traverse distances. Cat6 cables have been around for only a few years less than Cat5E cables. However, they have primarily been used as the backbone to networks, instead of being run to workstations themselves. The reason for this (beyond cost) is the fact that, while Cat6 cables can handle up to 10 Gigabits of data, that bandwidth is limited to 164 feet - anything beyond that will rapidly decay to only 1 Gigabit (the same as Cat5E). Cat6A is the newest iteration and utilizes an exceptionally thick plastic casing that helps further reduce crosstalk. The biggest distinguishing difference between Cat6 and Cat6A cables is that Cat6A can maintain 10 Gigabit speeds for the full 328 feet of Ethernet cable.
Category 5 cable - often just called Cat5 - is a twisted-pair cable that is commonly used for carrying telephone, video and Ethernet signals inside buildings. Because it uses a twisted pair method of construction, some people may say it resembles an old-fashioned lamp cord. Cat5 cables and connectors are much cheaper to buy and to instal than the coaxial shielded cables (coax) and connectors which must still be used for communications network links in electrically-noisy areas such as large buildings and industrial sites. Cat5 is made of very flexible wire of small cross-section so it is much easier to route around furniture than the larger, less flexible, coax shielded cables. Unlike coax, Cat5 cables are unshielded yet reject interference well enough because of: (i) the use of random twist-distances in the twisted pair design and (ii) appropriate signalling methods. Cat5 was superseded by the Cat5e specification.
The ambient insulation rating of wires and cables is imprinted on the wire and cables. The labels on the cables will tell you the wire size, number of conductors and temperature rating of the wires and cables. The higher the cable and wire temperature ratings the higher the amount of current that is allowed to be drawn by the wire and cable according to the electrical code book.
They mine for wire. What they sell is cables. Wind turbine cables and tower cables, Wind collection cables, Solar PV wire, Solar collection cables, Transmission and substation e.g (jumper cables) They consist of cast copper, aluminium rods.
The most obvious difference is their transfer capability. CAT5 has four pairs of twisted copper wire and supports up to 100m of Fast Ethernet (100Mbps) transfers. Although CAT5 has four twisted pairs, it only makes use of two pairs. CAT6 also has four pairs of twisted copper wire which supports Gigabit Ethernet (1000 Mbps) of up to 100m. Unlike CAT5, CAT6 takes advantage of all four pairs. CAT6 has a 2x transfer rate compared to CAT5 but due to the higher price tag of CAT6.
Cat5 cabling normally uses 24AWG solid conductors.
Computer cables are often made of copper.